Modern inertial navigation technology and its application (English)
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In:
Electronics and Communication Engineering Journal
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12
, 2
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49-64
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2000
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ISSN:
- Article (Journal) / Print
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Title:Modern inertial navigation technology and its application
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Contributors:Weston, J.L. ( author ) / Titterton, D.H. ( author )
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Published in:Electronics and Communication Engineering Journal ; 12, 2 ; 49-64
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Publisher:
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Publication date:2000
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Size:16 Seiten, 23 Quellen
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ISSN:
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Coden:
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DOI:
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Type of media:Article (Journal)
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Type of material:Print
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Language:English
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Keywords:
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Source:
Table of contents – Volume 12, Issue 2
The tables of contents are generated automatically and are based on the data records of the individual contributions available in the index of the TIB portal. The display of the Tables of Contents may therefore be incomplete.
- 42
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Systems EMCMarshall, R.C. et al. | 2000
- 43
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EMC in the new millennium - Society is increasingly dependent on radio, telecommunications and electronic products, but their use is only possible if the necessary EMC criteria are met. Electromagnetic compatibility is no longer a backwater of engineering which can be left to specialists. The prevalence of digital technology, with clock speeds now reaching 1 GHz, the convergence of technologies such as computing and television, and the widespread use of networks have posed new challenges in controlling EMC and these need to be reflected in revised EMC standardsKerry, P.J. et al. | 2000
- 49
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Modern inertial navigation technology and its application - Inertial navigation technology is used widely for the guidance of aircraft, ships and land vehicles, as well as in an increasing number of civil applications such as robotics, surveying underground well bores and the control of drilling operations. This paper describes the techniques and the sensors used in modern systems and outlines a number of applications in which inertial system technology is being used todayWeston, J.L. et al. | 2000
- 49
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Modern inertial navigation technology and its applicationWeston, J.L. / Titterton, D.H. et al. | 2000
- 65
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An airborne surveillance radar demonstrator - The design of many existing surveillance radar systems is such that the development, proving and implementation of even the smallest changes to sophisticated detection and imaging algorithms can require costly and time-consuming equipment modifications. This paper describes a rapid prototyping environment that provides a clearly defined interface between an existing in-service airborne maritime surveillance radar and a commercially available computer workstation and tape recorderJolly, A.D. et al. | 2000
- 75
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Making the best use of the airways: an important requirement for military communicationsWilliams, M. et al. | 2000
- 75
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Making the best use of the airways: An important requirement for military communications - When an armed force is deployed, frequencies must be assigned in a short time-scale to hundreds of radios so as to minimise the interference between them. This is an example of a combinatorial optimisation problem. This paper discusses some of the methods which can be used for solving such problems and presents results for a hybrid assignment algorithm developed at DERA-MalvernWilliams, M. et al. | 2000
- 84
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Book Review| 2000
- 85
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Letter to the Editor: Self-phasing antenna arrays| 2000
- 86
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Calendar| 2000